Your mission and first win · M00 · Learn to Program Ansys APDL Simulations

Start with a concrete goal: run a complete simulation and recognize the evidence that proves it happened.

Your first goal is not to memorize APDL: it is to open MAPDL with confidence, run a complete simulation and know where to look if something goes wrong. We will build a simple cantilever beam and walk together the workflow from Product Launcher to the result contour plots.

Session Outcome: a reproducible simulation, your files .out and .rst, an analytical check and a template that we will reuse during the course.

Objectives

At the end of M00 you will be able to demonstrate

Configure Working Directory and Job Name in Product Launcher.
Identifies Command Input, Output Window, Command Window, viewport, processor and active attributes.
Run a file .mac via /INPUT.
You recognize the flow /PREP7 → /SOLU → /POST1the existence of the /POST26 the function of FINISH.
Explain what each block of the script represents and what evidence it produces.
You find relevant errors and warnings in the file .out.
Deformed checks, direction, order of magnitude and proportionality with the load.

Prerequisites

Basic notions of finite element analysis.
ANSYS Mechanical APDL available; screenshots may vary slightly between versions.
A local folder where you have read and write permissions.
No previous experience is required.

How to use this lesson

Route	Duration	Stroke
First win	20–25 min	Configure the session, run the template and check files, deformation and contours.
Complete	70–85 min	Also, study the interface, explain the script, complete the challenge, and review the output.

Recommendation: Get a visible result first. Then go back to the script and understand each block. Hands-on experience turns the commands from an abstract list into a working process.

Session map

To prepare: create a folder and download the script.
Open: define Working Directory and Job Name.
Being oriented recognize where to write and where to observe.
Perform: launch the file with /INPUT.
Check: output, files, model, deformed and results.
EXPERIENCING double the load and contrast the prediction.

Until the first /INPUT, the lesson follows five numbered steps. You start by the first; each leaves the session in a testable state before moving on to the next.